Different from phased array providing only angle‐dependent transmit beampattern,
frequency diverse array (FDA) employs a small frequency increment across its array …

Electronic beam steering with greater efficiency is a vibrant feature of a phased array
antenna, but for all the range cells, it is fixed at a specific angle. To mitigate this problem …

Due to its range-angle-dependent transmit beampattern, frequency diverse array (FDA)
provides potential applications for joint range and angle estimation of targets and range …

The frequency diverse array (FDA) using linearly increasing frequency offsets has received
much attention, but it has a range and angle coupled beampattern. This study proposes a …

The main-beam range deceptive jamming forms active jamming by storing, modulating, and
retransmitting radar signals into the radar receiver, which greatly reduces the efficiency of …

Electronic beam steering is an essential feature of state-of-the-art radar systems.
Conventional phased array (PA) radars with fixed carrier frequencies are well-known for …

Inspired by a cognitive radar in exploiting its environment to update current operation
parameters and frequency diverse array (FDA) in offering a range-dependent beampattern …

Generally ground clutter has serious range dependence and range ambiguity in the forward-
looking array airborne radar system under a high pulse repetition frequency (PRF) system …

Frequency diverse array (FDA) radar has been investigated in recent years to provide range-
dependent as well as angle-dependent beamforming. The problem of multiple maxima at …

Unlike a conventional phased array that offers directivity only in the angle domain, a
frequency diverse array (FDA) is capable of producing a beampattern that is dependent on …